IDEaS Communiqué - Second Call for Proposals for Innovation Networks

On the same subject

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  May 12, 2021 | Local, Naval, C4ISR

  U.S. government announces Canada will spend more than $2 billion on warship radars

  The Liberal government has approved the purchase of a U.S. radar system for installation in the Royal Canadian Navy’s new fleet of warships.

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  November 16, 2017 | Local, Aerospace

  Update and new name for the Joint Unmanned Surveillance Target Acquisition System (JUSTAS) project

  From the Royal Canadian Air Force The Royal Canadian Air Force's Joint Unmanned Surveillance and Target Acquisition System (JUSTAS) project was established to procure an unmanned aircraft system (UAS) for the Canadian Armed Forces (CAF). The project is currently in the options analysis phase. This fall, the project's name was changed to Remotely Piloted Aircraft Systems (RPAS) project. This change is consistent with recent changes in the lexicon and classification systems of our allies, and is a more accurate reflection of how the systems are operated. As outlined in Strong, Secure, Engaged, released in June 2017, Remotely Piloted Aircraft Systems (RPAS) have become integral to modern military operations. Remotely piloted aircraft (RPA) such as the RCAF's CU-170 Heron and other unmanned aircraft have been deployed on Canadian military operations in the past and offer several advantages including the ability to remain airborne significantly longer than current strategic surveillance platforms. The use of remotely piloted aircraft also reduces the risk to CAF personnel operating the aircraft from a distance and within a lower threat environment, and will also aid in identifying potential threats to CAF personnel in area of operations. Remotely piloted aircraft will be equipped with a variety of payloads and sensors to detect items of interest in all-weather operations including into Canada's Arctic, and will be able to assist in a range of missions from persistent surveillance to supporting search and rescue, to combat operations. The RPAS project anticipates that remotely piloted aircraft can in fact be employed in all eight core missions outlined in Strong, Secure, Engaged, both domestically and overseas. Directly, the RPAS project supports initiatives 91 and 92, which state the government will also “invest in a range of remotely piloted systems” and “conduct research and development of remotely piloted land, sea and aerial capabilities.” The RPAS project Although the name has changed, the RPAS project's aim remains to provide an integrated persistent long-range, intelligence, surveillance, target acquisition and reconnaissance capability. The project will operate as part of a system-of-systems network and will be capable of providing near-real time information to tactical, operational and strategic commanders to support both domestic and deployed operations, and when required, provide a precision strike capability to support operations. The project will complement existing capabilities within the CAF, such as the CP-140 Aurora long range patrol aircraft. The RPAS project is not a platform replacement. Project phases The RPAS project is currently in the options analysis phase: Options analysis allows departmental senior management to make informed decision on the best way to implement a project, attempting to achieve the capability identified in a manner that is acceptable to the Government. During this phase, options are formulated, cost and benefits assessed, and a business case for the options developed. The definition phase of a project marks the transition from determining what should be done to deal with a lack of a capability, to determining how the preferred option will be implemented. A project is planned during this phase. Activities include carrying out a detailed review of the project requirements and risk assessment as well as costing and planning for the implementation phase and a preferred procurement strategy selected. Projects in the implementation phase have received the approvals required to enter into contracts and commit to the expending funds and resources for the project to proceed to completion. Initial operational capability, when the ability to employ the capability is first attained, is planned for the 2025-2026 fiscal year, based on direction contained in Strong, Secure, Engaged. Project costs Costs are being evaluated as part of the options analysis phase and will be further refined during the definition phase. The estimated cost will depend on the approved procurement strategy, infrastructure and the type of platform(s) chosen. Costs will include associated sensors, ground elements and infrastructure. Number of aircraft No decision has been made concerning the number of aircraft. The number of RPASs will be sufficient to meet three simultaneous lines of tasking and may be affected by the procurement strategy, infrastructure, and specific platform(s) chosen. Economic benefits The Industrial and Technological Benefits Policy, including the Value Proposition will apply to this procurement, requiring that the prime contractor on this project invest 100 percent of the contract value back into Canada's economy. The Value Proposition is the economic commitment that bidders make to Canada up front at bid time, which is a scored and weighted factor in winner selection. This becomes a contractual commitment for the winning bidder. Value Proposition requirements are tailored to each procurement to allow the government to steer investments and take advantage of the unique economic opportunities offered by each project. RPAS uses Domestically, the RPAS will provide a strengthened ability for surveillance of the maritime and northern approaches to Canada and support to search and rescue operations. The RPAS will allow the CAF to assist other government departments in support of special security events, such as international summits, aid to the civil authorities – such as response to forest fires or floods – and Assistance to Law Enforcement Agencies operations. Overseas, the RPAS will be capable of detecting, recognizing, identifying, and tracking targets of interest in complex environments and integrate with the systems required to process and fuse the collected information into actionable intelligence. RPAS precision strike capability Strong, Secure, Engaged indicates that the RPAS will have a precision strike capability – it will be capable of being armed. The ability to target and execute precision strikes ensures that if a threat is detected that it can also be addressed at that time. As with any use of weapons systems, the CAF will operate in accordance with domestic and international laws. Operations will be conducted in strict accordance with all the controls, procedures, and rules of engagement that govern the use of force or any other weapon. All of these systems would be remotely piloted by CAF personnel who would be directly involved in the decision making process to execute a strike. However, the RPA(s) will be armed only if necessary for the assigned task(s). Operating environments The RPAS will be able to operate worldwide, in all weather conditions, at any time of day with the range and endurance to cover all of Canada's airspace from any suitable operating location. The system will also need to be able to operate in low-to-medium threat environments, within joint environments with other government departments, and as part of a coalition with our allies. The Royal Canadian Air Force ensures the sovereignty of Canada through its ability to respond rapidly to any threat. The investment in the RPAS project, as outlined in Strong, Secure, Engaged, enhances the RCAF's capability to continue to provide agile, integrated air power with the necessary reach to fulfill any requirement asked by the Government of Canada. Interested suppliers should direct question related to this project to the Public Services and Procurement Canada (PSPC) contracting authority. Article: http://www.rcaf-arc.forces.gc.ca/en/news-template-standard.page?doc=update-and-new-name-for-the-joint-unmanned-surveillance-target-acquisition-system-justas-project/j9u7rzyf

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  April 9, 2019 | Local, Aerospace

  Marinvent Announces Successful Delivery to Government of Canada of its APM Product

  Montreal, Canada, April 2, 2019 – Marinvent is pleased to announce the successful delivery of its Airfoil Performance Monitor product (APM) to the Government of Canada following extensive independent flight testing by the National Research Council under the Build in Canada Innovation Program (BCIP). APM monitors and displays the margin to stall of an airfoil and detects the real-time effects of icing, contamination, and degradation on the lifting surface of any airfoil and in all phases of flight. The recently-concluded flight evaluations conducted independently by NRC-FRL conclusively demonstrated the following unique capabilities of APM: Provides stall warning and backup airspeed indications and is completely independent of all aircraft-side inputs except power. (it needs no airspeed, air data, angle-of-attack, or flap position inputs). Gives the correct stall warning margin, even with contaminated (iced or otherwise degraded) airfoils. Correctly detects compressibility stalls at high altitude. Provides tail stall warning which is particularly relevant to a number of UAV platforms. Provides correct diagnosis of contamination early during the takeoff roll (Air Florida Flight 90, Arrow Air, and Dryden, among others). Provides real-time data enabling significantly reduced fuel consumption and brake wear and enabling better predictive maintenance scheduling, helping to pay for itself by reducing aircraft operating costs. “APM is a mature product having been successfully tested on several Part 25 jet and turboprop aircraft, as well as numerous Part 23 light aircraft and business jets”, said Dr. John Maris, President of Marinvent. “It is available for installation today. The Canadian government is our first customer under the BCIP program, and we have also made our first forays into the UAV market, which desperately needs this technology particularly for Canadian winter operations”. Dr. Maris, whose doctoral thesis “AN ARCHIVAL ANALYSIS OF STALL WARNING SYSTEM EFFECTIVENESS DURING AIRBORNE ICING ENCOUNTERS” led to the final development of APM, has made his academic life's work the study of the relationship between aircrew and angle of attack/stall warning systems. He is one of the world's leading authorities on this subject, which is particularly pertinent currently, and is also a Transport Canada Test Pilot DAR. Dr. Maris is an Adjunct Professor at Concordia University in Montreal, Canada as well as being President of Marinvent Corporation and inventor of APM. In recognition of the potential impact of APM, SAE named APM as the 2017 Aerospace & Defense category winner in their Create the Future competition: https://contest.techbriefs.com/2017/entries/aerospace-and-defense/8422 About Marinvent – Marinvent is a privately held Canadian company, founded in 1983. Marinvent is headquartered on the outskirts of Montreal, the leading aerospace center in Canada and one of the largest aerospace centers in the world. Marinvent provides consulting, services, training, tools and IP to reduce customers' program/product risk, cost and schedule and to help them innovate quickly. Its engineers, experience, TCCA DARs, flying avionics test bed, research simulator and IP make it a reliable and trusted partner for the planning and management of projects, regardless of size and complexity. Marinvent's customers include aircraft OEMs, integrators, tier 1s, tier 2s and Government customers around the world. Marinvent prides itself of helping its customers bring their products to market and has a stellar track record of doing exactly that. As a result, Marinvent has won numerous awards in recognition of that fact. http://www.marinvent.com/wp-content/uploads/APM-First-Customer-April-2019.pdf